153+ iOS apps curated and reviewed
Bones, Joints & Muscles is the household name in femur, but it's far from the only option. We track 153+ alternatives and competitors on iOS — many free, many higher-rated than you'd expect.
Explore detailed facts about bones, joints, and muscles. Covers a wide range of conditions and injuries, from arthritis and back pain to sprains and muscle cramps. Ideal for medical professionals and anyone interested in human musculoskeletal anatomy.
Learn the names of all the bones in the human body through interactive quizzes. The difficulty adjusts to your performance, and two distinct learning modes help you master anatomical terminology. Includes an atlas for quick reference.
This online reference provides easy access to a comprehensive repository of surgical knowledge, covering the entire management process for various fractures, including decision-making tools, approaches, procedures, and aftercare. With peer-reviewed content from experienced surgeons, it offers a valuable resource for surgical professionals, allowing them to make informed decisions and stay up-to-date with the latest techniques.
This app offers guided video exercises and personalized programs for knee and ACL recovery, developed by experienced physical therapists. It includes advanced range of motion tracking and direct access to professional support to help users stay motivated and achieve their rehabilitation goals.
This app automates complex calculations for predicting mature height, bone length, and limb length discrepancies in children. It simplifies manual methods, reducing calculation time and errors for various orthopedic and growth-related assessments.
Get immediate orthopedic injury guidance and schedule appointments with specialists. This app offers free virtual screenings, connects you to walk-in clinics, and provides direct access to expert care for joint issues.
This program offers a 52-week exercise plan designed to strengthen bones, particularly for pre-menopausal women. It includes pre-conditioning, stretching, and progressive osteogenic exercises performed at home.
This application provides simplified setup instructions for an orthopedic surgery table designed for hip and knee arthroplasty. It includes visual references, component installation guides, and procedure setup details for healthcare professionals.
This iPad application offers orthopaedic specialists direct access to current surgical techniques from Stryker Orthopaedics. It features an intuitive interface for exploring product lines like extremities, hip, knee, sports medicine, and trauma.
This educational tool aids in the early detection of hip displacement in children with cerebral palsy. Developed by medical experts, it provides guidelines and tools for interpreting X-rays to preserve function and prevent pain.
This educational tool helps healthcare professionals manage older adults with fragility fractures. It covers key medical areas like osteoporosis, delirium, anticoagulation, and perioperative pain through decision pathways.
This app offers structured, research-backed strength training programs designed to improve bone density and prevent fractures. It focuses on progressive resistance, controlled impact, posture, balance, and power for all fitness levels.
This application enables qualified O&P professionals to install and adjust microprocessor-controlled lower limb prostheses and orthoses. It offers standard behavior settings, specialized movement patterns, calibration, and status information for patient-specific needs and training.
This medical tool helps clinicians quickly estimate the skeletal age of pediatric patients. It supports multiple evidence-based ossification systems for various joints, including the hand, wrist, elbow, hip, and knee.
This application provides detailed information on medical devices for small bone orthopedic correction. It focuses on delivering brilliant, precise, and high-quality surgical instruments for orthopedic procedures.
Engage in virtual orthopedic surgery simulations. "Would-be surgeons" can practice fixing broken hips with virtual X-rays. Trainees receive real-time feedback on surgical performance, offering insights not possible in real-world scenarios.
